CN104162910B - A kind of slicer is anti-cuts belting - Google Patents

Abstract

The invention belongs to a kind of slicer to prevent cutting belting, comprise frame, drive connecting rod, follower link, driving crank axle, driven crank axle, dynamic upper flange, fixed strip seam plate, driving crank axle, driven crank axle are connected in frame respectively by bearing, driven crank axle is provided with driven crankwheel, driving crank axle is provided with driving crank wheel, driven crankwheel connects driving crank wheel by Timing Belt, one end Eccentric-hinge of drive connecting rod is connected on driving crank wheel, and the other end is articulated with the avris of dynamic epirelief front edge of board; One end Eccentric-hinge of follower link is connected on driven crankwheel, and the other end is welded in the avris of dynamic upper flange rear end, and driving crank axle is connected with actuating unit; Dynamic upper flange is distributed with projection, fixed strip seam plate is distributed with bar seam, fixed strip seam plate is positioned at the top of dynamic upper flange, and bar seam is corresponding with protruding position; Rear end on fixed strip seam plate is provided with groove.

Description

Anti-cut belt device for slicer

technical field

The invention belongs to the technical field of food and Chinese medicinal material processing, and in particular relates to a slicer anti-cutting device.

Background technique

With the continuous improvement of people's living standards, more and more food and medicinal materials need efficient, high-quality and stable cut products. However, most of the current belt slicers are contacted and cut on the conveyor belt, and the replacement of the belt is relatively frequent, which reduces the working life of the belt slicer.

Contents of the invention

The object of the present invention is to provide a slicer anti-cut belt device which has a simple structure, improves the slice quality of the slicer, and prolongs the life of the slicer.

In order to achieve the purpose of the above invention, the technical solution adopted in the present invention is a slicer anti-cutting device, including a frame, a driving connecting rod, a driven connecting rod, a driving crankshaft, a driven crankshaft, a moving upper convex plate, The slit plate is fixed, the driving crankshaft and the driven crankshaft are respectively connected to the frame through bearings, the driven crankwheel is arranged on the driven crankshaft, the driving crankwheel is arranged on the driving crankshaft, and the driven crankwheel is synchronized through With connection to the driving crank wheel, one end of the driving connecting rod is eccentrically hinged on the driving crank wheel, and the other end is hinged on the side of the front end of the movable upper convex plate; one end of the driven connecting rod is eccentrically hinged on the driven crank wheel, and the other end is fixed On the side of the rear end of the movable upper convex plate, the driving crank shaft is connected with a power mechanism; there are protrusions distributed on the movable upper convex plate, and slits are distributed on the fixed slit plate, and the fixed slit plate is located above the movable upper convex plate , the slit corresponds to the position of the protrusion; the rear end of the fixed slit plate is provided with a groove.

The power mechanism is a slicer conveyor belt driven wheel, and the driving crankshaft is connected with it in the following way: a V-belt driven wheel is installed on the driving crankshaft, the V-belt driven wheel is connected with a V-belt driving wheel through a V-belt, and the V-belt driving wheel Installed on the shaft where the driven wheel of the conveyor belt of the slicer is located.

The fixed slit plate is horizontally connected to the belt slicer box wall by bolts.

The beneficial effect produced by the present invention is that the anti-cut belt device of the slicer of the present invention avoids the contact between the blade and the conveyor belt, prolongs the replacement cycle of the slicer conveyor belt; and prolongs the service life of the blade, and makes the slicer more stable. sex.

Description of drawings

Fig. 1 is the structural representation of slicer anti-cut belt device of the present invention;

Fig. 2 is the left view of slicer anti-cut belt device;

Fig. 3 is a structural schematic diagram of the movable upper convex plate;

Fig. 4 is the structural representation of fixing slatted plate;

Fig. 5 is a schematic diagram of the combined state of the movable upper convex plate and the fixed slit plate in embodiment 1.

Detailed ways

Example 1

As shown in Figures 1 to 5, a slicer anti-cutting device includes a frame 6, a driving connecting rod 3, a driven connecting rod 10, a driving crank shaft 2, a driven crank shaft 8, a moving upper convex plate 5, The fixed slit plate 11 and the fixed slit plate 11 are horizontally connected to the belt slicer box wall by bolts, the driving crank shaft 2 and the driven crank shaft 8 are respectively connected to the frame 6 through bearings, and the driven crank shaft 8 is set There is a driven crank wheel 7, the driving crank shaft 2 is provided with a driving crank wheel 1, the driven crank wheel 7 is connected to the driving crank wheel 1 through a synchronous belt 9, one end of the driving connecting rod 3 is eccentrically hinged on the driving crank wheel 1, and the other One end is hinged on the side of the front end of the movable upper convex plate 5; the driven connecting rod 10 is eccentrically hinged on the driven crank wheel 7, and the other end is welded to the side of the rear end of the movable upper convex plate 5, and the V-belt driven wheel 13 is installed On the driving crank shaft 2, the V-belt driving wheel 4 is installed on the shaft where the driven wheel of the conveyor belt of the slicer is located, and the V-belt driven wheel 13 is connected with the V-belt driving wheel 4 through the V-belt; There are slits (strip-shaped gaps) 14 distributed on the fixed slit plate 11, the fixed slit plate 11 is located above the moving upper convex plate 5, and the slits 14 correspond to the positions of the strip-shaped protrusions 16; A groove 15 is arranged at the rear end of the slit plate 11 ; a blade 12 is arranged above the groove 15 .

When in use, the conveyor belt of the slicer carries the material and transports it to the fixed slit plate 11 of the anti-cut belt device, and at this time, the strip-shaped protrusion 16 on the movable upper convex plate 5 passes through the slit 14 of the fixed slit plate 11 Contact with the material, and hold the material forward to make a flat and long elliptical upper semicircle track; then the material reaches the front, the moving upper convex plate 5 is separated from the material, and the moving upper convex plate 5 makes a flat and long elliptical lower semicircle Trajectory movement until the return journey to the initial contact position with the material, this process is a cycle of dragging the material forward. During this cycle, when the moving upper convex plate 5 is in contact with the material, the shaft where the driven wheel of the conveyor belt of the slicer is located transmits power to the V-belt driving wheel 4, and the V-belt driving wheel 4 rotates, driving the V-belt driven wheel 13 to rotate, and the V-belt driven wheel 13 rotates. The belt driven wheel 13 drives the driving crank shaft 2 to rotate, thereby driving the driving crank wheel 1 to rotate, and drives the driven crank wheel 7 to rotate through the synchronous belt 9 . The hinge pin hinged to the driving crank wheel 1 drives the driving connecting rod 3 to move forward, and at the same time, the driven crank wheel 7 rotates to drive the driven connecting rod 10 to move upward, which is shown as a strip-shaped protrusion on the moving upper convex plate 5 16 moves upwards through the slit 14 on the fixed slit plate 11. And when the active connecting rod 3 continues to move forward, the driven connecting rod 10 moves downward, showing that the strip-shaped protrusion 16 of the movable upper convex plate 5 passes through the slit 14 of the fixed slit plate 11 and moves obliquely downward. During this process, the movable upper convex plate 5 always drags the material to move forward. Then move the upper convex plate 5 to break away from the material, do the return movement, and return to the initial point of the cycle to prepare for the next cycle, and the blade 12 corresponding to the rear end of the fixed slit plate 11 is coordinated by the anti-cut belt device during the back and forth empty knife time. The conveyer belt sends out the material with a fixed thickness, and the blade 12 continues downward, and finally cuts the material into pieces, and completes one-time cutting and forming. The present invention uses the blade 12 to cut at the end of the anti-cutting device instead of directly contacting and cutting on the conveyor belt, thereby improving the service life of the conveyor belt slicer and the life of the blade 12 .

Claims (2)

1. An anti-cut belt device for a slicer, comprising a frame, a driving connecting rod, a driven connecting rod, a driving crank shaft, a driven crank shaft, a moving upper convex plate, a fixed slit plate, a driving crank shaft, and a driven crank The shafts are respectively connected to the frame through bearings. A driven crank wheel is arranged on the driven crank shaft, and a driving crank wheel is arranged on the driving crank shaft. The driven crank wheel is connected to the driving crank wheel through a synchronous belt. It is characterized in that: One end of the rod is eccentrically hinged on the driving crank wheel, and the other end is hinged on the side of the front end of the movable upper cam; one end of the driven connecting rod is eccentrically hinged on the driven crank wheel, and the other end is fixed on the side of the rear end of the movable upper cam. On the side, the active crank shaft is connected with a power mechanism; there are protrusions distributed on the movable upper convex plate, and slits are distributed on the fixed slit plate, and the fixed slit plate is located above the movable upper convex plate, and the positions of the slits and the protrusions Correspondingly; the rear end of the fixed slatted plate is provided with a groove. 2. The slicer anti-cut belt device according to claim 1, wherein the power mechanism is a slicer conveyor belt driven wheel, and the driving crank shaft is connected with the slicer conveyor belt driven wheel in the following way: the driving crank shaft A V-belt driven wheel is installed on the top, and the V-belt driven wheel is connected with a V-belt driving wheel through the V-belt, and the V-belt driving wheel is installed on the shaft where the driven wheel of the slicer conveyor belt is located.